搜索资源列表
01_SprayParticles
- 2D洒水效果仿真,采用粒子系统,拉格朗日算法,产生粒子,计算粒子的新位置,消除粒子
Curve_Interplation.rar
- 多种曲线差值方法, 如拉格朗日多项式差值, 贝塞尔曲线差值, 三次样条差值,A variety of curve difference methods, such as Lagrange polynomials margin, the margin Bezier curves, cubic spline difference
PictureReshape_c_sharp
- 图像变形软件,使用五种方法实现,分别为均值插值,牛顿插值,拉格朗日插值,双线性插值-Image morphing software, using five methods, namely the mean interpolation, Newton interpolation, Lagrange interpolation, bilinear interpolation
lagelangri
- 拉格朗日算法 属于线性插值算法中的一种-Lagrange linear interpolation algorithm
dal_ver1.01.tar
- 压缩感知中利用增广拉格朗日方程解最小稀疏正则化的恢复算法-DAL solves the dual problem of (1) via the augmented Lagrangian method (see Bertsekas 82). It uses the analytic expression (and its derivatives) of the following soft-thresholding operation, which can be computed for L1
Image
- 拉格朗日插值多项式的彩色图像分存方案Lagrange interpolating polynomial Sharing Scheme for Color Image-Lagrange interpolating polynomial Sharing Scheme for Color Image
bezier
- 曲线算法,贝奇尔 拉格朗日,详细的算法,是图形学的实习,分享一下-Curve algorithm, Beiqi Er Lagrange, detailed algorithm is graphics internship, share
Lagrange-operato
- 利用拉格朗日算子对夹杂有噪声的原始摄影图像进行恢复-Lagrange operator of the noise mixed with the original photographic image restoration
SALSA
- 增广拉格朗日解决有约束优化图像成像逆问题-augmented laarangian approach to the constrained optimization formulation of imaging inverse problems
csalsa
- 用变量分裂和拉格朗日有约束优化方法解决图像成像逆问题-use splitting and constrained to the imaging inverse problem
Interpolation
- 这是一个拉格朗日插值的算法,实现简单,效率高,且通过测试,完全可以使用。-This is a Lagrange interpolation algorithm, a simple, high efficiency, and to pass the test, we can use.
vscaler-matlab-code
- matlab编写的图片缩放算法,拉格朗日插值-matlab image scaling the Lagrange interpolation
model
- 拉格朗日二次插值,使用拉格朗日函数进行二次平滑插值-Lagrange quadratic interpolation using the Lagrangian function secondary smooth interpolation
augmented-Lagrangian-
- 利用增广拉格朗日的方法,对图像进行去噪,包含各种去噪、去模糊以及Inpainting方法,改进的算法能够快速、有效的处理图像-Using the augmented Lagrangian method for image denoising, contains a variety of de-noising, go fuzzy and Inpainting method, the improved algorithm can quickly and effectively deal with i
Fast_Walsh_Hadamard_Transform
- 最小的增广拉格朗日并交替方向算法应用matlab实现-Minimization by Augmented Lagrangian and Alternating Direction Algorithms use matlab to implement
backgroud-model2
- 针对传统背景建模存在的问题,文中基于低秩矩阵恢复原理,直接从视频序列中分离出前景物体和背景模型。已有低秩矩阵恢复算法的迭代计算过程中涉及大量的奇异值分解,而这些奇异值分解一般非常耗时且不够简洁,文中在非精确增广拉格朗日乘子法中引入线性时间奇异值分解算法,以得到更加有效的背景建模算法。基于 实际视频序列实验,结果表明该改进算法具有更好的建模效果和较少的运算时间。-In this paper,a novel method is present based on low-rank matrix r
Visual-secret-sharing
- 利用拉格朗日插值方法实现灰度图像的可视密码共享技术-Implementation of visual cryptography gray image sharing technology using Lagrange interpolation method
TVAL3_beta2.4
- TVAL3算法是基于增广拉格朗日法和交替方向法的全变分最小化算法。TVAL3算法是在最小全变分法的基础上,结合了增强型拉格朗日函数和交替最小化方法。通过交替最小化方法寻找增强型拉格朗日模型的最小值,再由最速下降法进行迭代,更新拉格朗日乘子。-TVAL3: TV minimization by Augmented Lagrangian and ALternating direction ALgorithms.The TVAL3 algorithm is based on the minimu
lagra--image-restoration
- 通过拉格朗日算子进行图像复原,通过函数fspecial()创建点扩散函数-Image restoration by Lagrangian, create a point spread function by function fspecial ()
0521013
- 杜里特尔分解法 c改进平方根法 c拉格朗日插值法 cpp牛顿迭代 cpp梯形法积分 cpp追赶法 c 杜里特尔分解法 c改进平方根法 c拉格()